Osteogenic Growth Peptide Fusion Proteins
a technology of growth peptides and fusion proteins, which is applied in the direction of peptide/protein ingredients, peptide/protein fragmentation, depsipeptides, etc., can solve the problems of short half-life of circulation, limited therapeutic potential of novel proteins as well as “old” and well-established proteins, and achieve the effect of improving the physico-chemical properties of proteins and increasing the circulation time of ogp proteins
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[0175] The following constructs have been made: OGP-hGH (pNNC37) OGP(1-9)-hGH (pNNC37.1), OGP-OGP-hGH (pNNC38), OGP(1-9)-OGP(1-9)-hGH (pNNC38.1), OGP-OGP-OGP-hGH (pNNC38.2), OGP-OGP-NDEMPADLPS-hGH (pNNC39) and OGP(1-9)-OGP(1-9)—NDEMPADLPS-hGH (pNNC39.1).
[0176] Since OGP and variants thereof according to the present invention are fairly short peptides the cloning of OGP-hGH, OGP(1-9)-hGH, OGP-OGP-hGH and OGP(1-9)-OGP(1-9)-hGH utilized OGP encoding DNA oligo linkers for direct cloning into the Nde1 and Sal1 site in the pNNC19 bacterial expression vector that already contains the human growth hormone gene (pNNC19 is based on the commercial available pET11a vector). The OGP encoding sequences was codon optimized for E. coli expression using the Vector Suit NTI programme. When dimeric or trimeric OGP sequences are used, alternate codon usage may be utilized in the repeat to avoid genetic instability and cross hybridization. The oligos containing the dimeric forms of OGP have bee...
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